2013 Maribyrnong City Council

Transcription

2013
Maribyrnong
City Council
KEITH LOVERIDGE
SENATE COMMITTEE
The impacts on health of air quality in Australia
including:
(a) particulate matter, its sources and effects;
(b) those populations most at risk and the causes that put those populations at risk;
(c) the standards, monitoring and regulation of air quality at all levels of government; and
(d) any other related matters.
Senate Committee – The impacts on health of air quality in Australia
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"Clean air is a natural resource. It is an asset that we do not pay
for, but we all need; essential to our health and welfare and to
our nation's economy. It is a natural resource we cannot afford
to squander or undervalue." Senator Robert Hill (1997).
Executive Summary
Geographically, the City of Maribyrnong is at the epicentre of the expanding growth in
international trade coming into and going out of Australia. This expansion is fuelled mainly by
diesel for the ships, trains and trucks that transport goods around the country. The growth
brings with it a plethora of problems in the form of increased air pollution and noise;
significant contribution to climate change; increased pressure for spending on transport
infrastructure; provision for additional health services to cope with the associated increase in
health problems and a myriad of related social problems.
There is overwhelming medical evidence documenting the serious adverse health effects of
exposure to diesel exhaust, including asthma attacks, strokes, heart attacks, adverse birth
outcomes, effects on the immune system, multiple respiratory effects, and neurotoxicity. The
World Health Organisation (WHO 2012) recently upgraded the cancer risk from diesel
exhaust from ‘probably carcinogenic to humans’ to ‘carcinogenic to humans’. This will
present a seismic shift in policy for regulatory authorities.
There is also a growing body of evidence that low-income, minority communities are
disproportionately impacted by transport emissions (EPA, undated). The Federal
Government’s Ambient Air Quality Measure Review (NEPM 2011) also expressed a similar
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effect for people from lower socio-economic groups and sensitive subgroups, such as the
elderly, children and those with pre-existing respiratory and cardiovascular disease.
According to a WHO report (2013), published in January for the European Union, as part of
their Air Policy Review, the long-term exposure to fine particles (PM2.5) can trigger
atherosclerosis, adverse birth outcomes and childhood respiratory diseases. The “Review of
evidence on health aspects of air pollution”, also suggests a possible link with
neurodevelopment, cognitive function and diabetes, and strengthens the causal link between
PM2.5 and cardiovascular and respiratory deaths.
The Clean Air Task Force report (2005) Diesel and Health in America:The Lingering Threat,
estimates that 21,000 people die prematurely each year as a result of exposure to fine
particle pollution from diesel exhaust.
Exposure is highest near ports, rail yards, and along high volume truck and rail traffic zones.
Populated areas close to high volume transport corridors adjacent to port facilities, which
includes both rail and road, are ‘subsidising the goods movement sector with their health’
(Hricko, 2006).
Emission standards in Australia for non-road diesel engines, such as cranes and other
dockside loading equipment, are not as stringent as the U.S. standards as there are no
regulations or standards in place to control emissions (NSW EPA 2012).
With the advent of the channel deepening project and expansion of the Port of Melbourne, a
significant increase in freight traffic has been predicted. Forward projections from the Port of
Melbourne show that container trade will treble in the next 20 years and international
container trade will increase from 1.4 million to 7 million containers per annum by 2035.
(Western Transport Alliance 2008).
The Regional Rail Link (RRL) will boost the number of trains utilising the rail corridor through
Footscray, providing capacity for enough extra train services for up to 9,000 passengers
across the network in the peak hour (RRL, 2011). This increase will be fuelled by diesel
trains and impact residents adjacent to the rail corridor.
According to an article in The Age (2011), consultants predicted that an area around the
Footscray Park Railway Reserve would be ‘regularly affected by dangerous levels of
nitrogen dioxide from the expanded rail line’ (RRL) and the EPA had warned that a planned
risk assessment had not been carried out.
The evidence is very clear and unequivocal regarding the human health toll from diesel
pollution at levels below the current State and Federal objectives and standards. Additional
measures are required to improve the amenity of affected municipalities, such as
Maribyrnong, by implementing a reduction in diesel particulate exposure for residents
located adjacent to major transport corridors.
Current standards and objectives should not be used by State regulators as a reason for
inaction.
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Recommendations
That the Federal Government:
1. Supports the construction of alternative truck routes (on/off ramps) to and
from the Westgate Freeway, in order to remove trucks from residential streets.
2. Provide funding for reducing diesel emissions through an alternative fuels
program, such as CNG and diesel/electric hybrid vehicles.
3. Fund a Clean Truck Program, in partnership with the State Government,
around the Port of Melbourne terminals.
4. Introduce compliance standards for PM 2.5 as a priority.
5. Introduce 8hr standards for diesel particulate matter (PM 2.5 and PM 10 ).
6. Ensure State government regulatory authorities do not use the National
Environment Protection Measures objectives and advisory reporting standards
as levels that provide protection for human health and wellbeing.
7. Encourage changes to State planning legislation that require ‘sensitive use’
facilities to be located well away from high traffic volume transport corridors.
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The City of Maribyrnong
The City of Maribyrnong is one of the smallest and most densely populated municipalities in
Victoria. Maribyrnong currently has a population of just over 75,000 which is anticipated to
increase by 31% by 2031 to approximately 107,900. Maribyrnong’s central location provides
easy of access to all the city benefits and transport hub.
Two major interstate, intra-state and suburban rail routes converge at Footscray and provide
the nucleus of a well patronised train, bus and tram public transport system. The city is
traversed by five important east-west arterial roads and adjoins the Westgate Freeway, all of
which provide access to the Melbourne CAD, the Port of Melbourne and major road and rail
freight terminals between the Maribyrnong River and the Melbourne CAD. A number of these
east-west roads are narrow and highly congested at times.
The two primary foci generating significant travel demand and congestion affecting the City
are the Melbourne CAD and the Port of Melbourne.
Even with its close proximity to the city, Maribyrnong is ranked the third most disadvantaged
municipality in Victoria. Approximately 1 in 5 people living in the City of Maribyrnong have a
disability. Maribyrnong is a diverse municipality and has of the highest rates of culturally and
linguistically diverse communities, with 33% of Maribyrnong residents born outside Australia,
with 43% speaking a language other than English with the largest populations being
Vietnamese, Chinese, Greek, Italian and Macedonian. (Maribyrnong City Council, 2012)
As of the March 2012, the unemployment rate within Maribyrnong was 7.8% compared to
the Victorian average of 5.2%.
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Discussion
The latest WHO review on diesel exhaust (2012) found that :
‘Large populations are exposed to diesel exhaust in everyday life, whether through
their occupation or through the ambient air. People are exposed not only to motor
vehicle exhausts but also to exhausts from other diesel engines, including from
other modes of transport (e.g. diesel trains and ships) and from power generators.
Given the Working Group’s rigorous, independent assessment of the science,
governments and other decision-makers have a valuable evidence-base on which
to consider environmental standards for diesel exhaust emissions.....’
A recent 20 year study of 12,315 workers in eight underground mining facilities, The Diesel
Exhaust in Miners Study (Silverman 2011), concluded that:
‘The study findings provide further evidence that exposure to diesel exhaust
increases risk of mortality from lung cancer and have important public health
implications..... Our findings are important not only for miners but also for the 1.4
million American workers and the 3 million European workers exposed to diesel
exhaust and for urban populations worldwide.’
An accompanying editorial stated that:
‘
this sharp rise in risk at lower levels of diesel exposure necessitates stringent
occupational and particularly environmental standards for diesel emission
exposure. Furthermore, reducing carbon exposure in the general environment
poses an imminent challenge. The necessity for such reduction is becoming
increasingly apparent and is essential if the health of large numbers of people is
not to be compromised’.
A further study (Brugge et al, 2007) that looked at the effects of near highway pollutants on
exposed populations found that:
‘The most susceptible (and overlooked) population in the US subject to serious
health effects from air pollution may be those who live very near major regional
transportation route, especially highways. Policies that have been technology
based and regional in orientation do not efficiently address the very large exposure
and health gradients suffered by these populations. This is problematic because
even regions that EPA has deemed to be in regional PM "attainment" still include
very large numbers of near highway residents who currently are not protected.’
Many health studies have been conducted in relation to diesel emissions, and the
overwhelming consensus is that they are harmful to health at any level of exposure.
According to a Federal Government paper (NEPM 2011) there is no known safe threshold
for diesel exhaust.
Japanese scientists have found a compound in diesel exhaust, 3-nitrobenzathrone, to be the
most carcinogenic chemical ever discovered. (New Scientist 1997).
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In the U.S., the Clean Air Task Force report (2005) summarised the effects of diesel
exhaust:
‘Fine particle pollution from diesels shortens the lives of nearly 21,000 people each
year. This includes almost 3,000 early deaths from lung cancer.
Tens of thousands of Americans suffer each year from asthma attacks (over
400,000), heart attacks (27,000), and respiratory problems associated with fine
particles from diesel vehicles. These illnesses result in thousands of emergency
room visits, hospitalizations, and lost work days. Together with the toll of
premature deaths, the health damages from diesel fine particles will total $139
billion in 2010.
Nationally, diesel exhaust poses a cancer risk that is 7.5 times higher than the
combined total cancer risk from all other air toxics.
In the U.S., the average lifetime nationwide cancer risk due to diesel exhaust is
over 350 times greater than the level U.S. EPA considers to be "acceptable" (i.e.,
one cancer per million persons over 70 years).
Residents from more than two-thirds of all U.S. counties face a cancer risk from
diesel exhaust greater than 100 deaths per million population. People living in
eleven urban counties face diesel cancer risks greater than 1,000 in a million —
one thousand times the level EPA says is acceptable.
People who live in metropolitan areas with a high concentration of diesel vehicles
and traffic feel their impacts most acutely. The risk of lung cancer from diesel
exhaust for people living in urban areas is three times that for those living in rural
areas.’
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There has been no corresponding report published in Australia, but these figures can be
readily extrapolated to Australian conditions.
According to the Office of Environmental Health Hazards (OEHHA, 2007):
‘ Exposure to diesel exhaust can have immediate health effects. Diesel exhaust
can irritate the eyes, nose, throat and lungs, and it can cause coughs, headaches,
lightheadedness and nausea. In studies with human volunteers, diesel exhaust
particles made people with allergies more susceptible to the materials to which
they are allergic, such as dust and pollen . Diesel exhaust contains more than 40
toxic air contaminants. These include many known or suspected cancer-causing
substances, such as benzene, arsenic and formaldehyde. It also contains other
harmful pollutants, including nitrogen oxides.’
The State of California introduced a Clean Truck Program in the port areas of Long Beach
and Los Angeles in 2008 that banned trucks older than 2006 which did not meet Federal
emission standards. Diesel particulate pollution is reported to have been reduced by more
than 80% (EHP 2012).
Recent research (Science Daily 2011) has found that diesel exhaust can trigger heart
attacks and strokes in people with a pre-existing medical condition when in an area close to
busy roads. The current reporting standard of 24hrs cannot capture the higher exposure
over a shorter period and, in the light of this latest research, should be amended to an 8hr
exposure standard.
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Diesel exhaust is now ubiquitous in our local environment. Diesel trains, the recent
proliferation of diesel-powered cars, diesel buses and trucks, all contribute to the toxic load
in our environment. Even though regional air quality has been reported as improving, local
air quality in the Maribyrnong area is under threat due to the predicted increase in truck and
train traffic and the lack of government action to divert truck traffic away from residential
areas.
Francis St. Yarraville
Francis St., Yarraville is a mix of residential, commercial and industrial land use. It is used as
a major thoroughfare for up to 20,000 trucks and cars. In 2001/2002, as a result of concerns
raised by residents, the Victorian EPA (2002) conducted limited air quality tests in Francis St
Yarraville and found that ‘the measured particulate concentrations, mostly from diesel trucks,
were at elevated levels and that the levels might impact on the health of local residents with
pre-existing conditions.’ It was also suggested in the report that ‘action should be taken to
reduce the sources of airborne particles and noise and that the air quality in Francis St
represents an issue for environmental protection
’
A night-time curfew was introduced that had little effect on particulate concentrations and
served only to divert the trucks to other streets in Maribyrnong. Since then the EPA has done
little to address the ‘elevated levels’ of particulate emissions, except conduct a Francis St.,
Community Health Perceptions Study (EPA 2003). The results of this limited study were as
follows:
‘Together with the air and noise monitoring reports, EPA will forward this report on
community health perceptions to the members of the Government working group
dealing with transport issues in Yarraville. It is expected that the three reports will
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assist the relevant agencies in formulating advice to Government on possible
further action to address residents’ concerns.’
Residents are still waiting for some affirmative action to address the concerns highlighted in
the EPA reports. Freeway off ramps were first proposed in the 2008 Eddington report (DOT
2013):
‘Community amenity in the inner west should be restored by implementing a Truck
Action Plan to remove truck traffic from local streets in the inner west. The plan
should include a series of targeted road improvements that form an effective
bypass around residential areas, reinforced by local truck bans.’
It was estimated that one million trucks a year would be diverted from residential
streets.
A further twelve-month air monitoring study is currently underway with published quarterly
reports. The EPA have released three Community Information Bulletins (EPA 2012, 2013).
Reports 1 and 2 state that ‘levels remain within the Victorian and Australian health-based
objectives for air quality.’ In a sub-section of the report under the heading ‘How Are The
Monitoring Results Assessed?’ the EPA state that:
‘PM 10 and NO 2 levels are compared against Victorian and Australian air quality
objectives and goals. The objectives are set at levels that protect general human
health and wellbeing. The goals ..are used to guide strategies for the
management of activities affecting our air quality.’
This gives the impression that if the reported levels fall within the objectives then the air
quality must be acceptable. In fact The Age (2012), when reporting on the Francis St. interim
results, interpreted the results as ‘pollution from vehicle emissions was found to pose little
risk to residents, with measurements recording just one day of unhealthy poor air quality over
a three-month period.’
The NEPM Review (2011) alluded to this misconception about standards:
‘A common argument put forward by commentators was that assessing
compliance against not-to-be exceeded standards encouraged the perception that
compliance with a standard implies ‘no risk’. However, given the lack of identified
thresholds for health effects of the NEPM pollutants, there is still a risk to
communities, and a more risk-based approach to evaluate impacts across regional
populations was advocated.’
‘Determining potential population health risk resulting from ambient air quality
exposure has been complicated by the fact that epidemiology studies are now
indicating there is no clear threshold for effect for the current NEPM pollutants,
with exposures below the standards still representing a statistically significant and
measurable health risk to the Australian population. This is a shift in thinking, given
that when the NEPM was made it was thought sulfur dioxide and carbon monoxide
had an identified threshold of effect, and nitrogen dioxide and lead had an
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apparent threshold of effect. In light of this new evidence, compliance with the
standards alone may not achieve the desired environmental outcome of ‘adequate
protection’.
Jurisdictions also acknowledged that it is difficult to assess whether the population
is adequately protected based on the NEPM monitoring data as networks have
been established to assess compliance at GRUB sites, rather than measure the
potential range of concentrations across an airshed.’
The results of epidemiological studies worldwide are showing health effects at lower pollution
levels which, in many cases, are well within existing standards. One important finding of this
review is that there appears to be no threshold below which no health effects are observed.
The review also noted that recent studies in Australia support overseas evidence related to
air pollution. The Australian studies found:
‘ ..adverse health effects .in the Australian population at pollution levels
currently experienced in Australian cities
Overall, the results of the health
reviews show that there are significant health effects at current levels of air
pollution in Australian cities. These findings indicate that the current standards are
not meeting the requirement for adequate protection of human health. There is
evidence that these standards should be revised to minimise the impact of air
pollution on the health of the Australian population. This finding was strongly
supported by all stakeholders throughout the consultation process.’
Clearly, the EPA in their Francis St. reports, is creating a false impression that not exceeding
the objectives means that human health is protected. The EPA have made no effort to clarify
this reporting anomaly. Unfortunately, this type of misrepresentation of the ‘real’ facts about
pollution levels, generates a lack of political will to address the problem because the socalled objectives have effectively been met.
Maribyrnong City Council Strategies and Objectives
Maribyrnong City Council has a number of strategies and objectives in place to address the
health and well being of the community. The primary objective of Council’s Wellbeing
Commitment, contained in the Maribyrnong Council Plan (2009), is:
‘Promoting and protecting the well being of the community
.creating
sustainable, healthier and liveable communities by making effective use and reuse
of our natural resources and .promote environments that support the health and
wellbeing of the community.’
A number of other Council policies and strategies, including the Carbon Neutral Action Plan
and the Integrated Transport Strategy, refer to the need to reduce vehicle emissions. The
Greening Footscray Strategy encourages the planting of more trees to improve local air
quality. The Maribyrnong Street Tree Strategy aims to establish 10,000 new street trees to
2023.
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Council has only a limited capability to reduce the number of heavy trucks in the Municipality
and relies heavily on State Government intervention to reduce the impacts on health as a
result of diminished air quality.
Vegetative barriers
Several scientific studies have explored the use of vegetation barriers in offering some
protection against emissions from diesel powered engines. Results from several studies
indicate that the maximum collection rate was achieved when trees were planted close to
emission sources. As diesel particulate matter moved through the air some of the particles
would fall out and settle onto the leaves and branches of trees. Particulates are also
collected as a result of filtration by the leaves and branches. The structure of the trees also
promotes mixing and dispersion of the pollutants (California ARB 2009).
Council is a member of the Project Steering Committee for the Greening the West program
(GTW 2011) facilitated by City West Water, which aims to support greater urban greening
opportunities in the west. Greening the West is an ongoing partnership project between
Councils, community and industry in the western region of Melbourne to improve community
health and combat the growing threats posed by climate change and transport-related
pollution.
Natural environment
The natural environment is a key component of liveability, providing opportunities for
relaxation and recreation, supporting plant and animal life and delivering essential resources
such as clean water and clean air. In order to preserve these benefits and enhance liveability
for future generations, there is a need to protect our environment. Environmental
imbalances, such as those caused by poor air quality, can lead to an increase in significant
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adverse health problems as highlighted previously. Maintaining air quality improves the
natural environment and benefits community wellbeing.
Low income and vulnerable groups such as women, children, older people, Aboriginal and
Torres Strait Islander people and culturally diverse communities, are likely to be more
exposed to these risks and suffer greater health impacts as a result (WHO Europe, 2010).
Walking
Walkability is a fundamental indicator of a city’s liveability. There is a substantial body of
evidence demonstrating that increased walking improves physical and mental health. In
particular, a safe and pleasant walking environment encourages people to engage with their
surroundings (Burden D., 2010).
External consultation for Maribyrnong City Council’s Walking Strategy (2011) was conducted
through a community survey which revealed that the main reasons residents walked were for
leisure and fitness, to go to the shops and to get to public transport. Results showed that
most people walk in local streets, along the river and in local parks for leisure and fitness.
In the next ten years, population growth coupled with the conversion of industrial land to
residential areas, will see increasing pressure placed on the City’s pedestrian infrastructure.
In some areas of the municipality it is currently unpleasant to walk due to the dominance of
cars and trucks and lack of shade. Poor air quality does not encourage physical activity, in
fact it has been demonstrated in numerous studies that exercising in a polluted environment
is more detrimental than beneficial to overall health and wellbeing (Kargarfard Mehdi, 2011).
Climate Change
Climate change is a significant and emerging threat to local communities and changes the
way we must look at protecting vulnerable populations. Climate change can affect human
health through a range of mechanisms (Haines, et al 2006). These include direct effects of
hazards such as heatwaves, floods and storms, infectious disease patterns and reduced air
quality.
Higher summertime temperatures, and the resulting urban heat island effect, increases the
energy use for building cooling systems and also hastens the formation of urban smog. Heat
islands are formed due to lack of tree cover and high solar radiation absorption by the paved
surfaces. According to Akban (2001):
‘we estimate that between 5-10% of the present electricity demand is spent to cool
buildings just to compensate for the increased 0.5-3°C in urban temperatures.
Urban trees and high-albedo surfaces can offset or reverse the urban heat island
effect.’
Urban Planning
According to Michael Brauer (2010) of the University of British Columbia in Vancouver,
Canada, who assesses the links between traffic pollution and people’s health, living
next to a busy road could take years off your life expectancy. His research shows that
intelligent urban planning can help to alleviate exposure to traffic pollution by locating
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‘sensitive-use’ facilities such as hospitals, aged care, schools and childcare centres
well away from busy roads and freeways.
He also noted that pregnant women who lived within 50m of a major road were 26%
more likely to have a low-birth-weight baby and had a greater chance of a premature
birth, compared with women living more than 50m from a major road. Children living in
close proximity to main roads were more likely to develop asthma, bronchiolitis and
middle ear infections.
Conclusion
The evidence is very clear and unequivocal regarding the human health toll from diesel
pollution at levels below the current State and Federal objectives and standards. Additional
measures are required to improve the amenity of affected municipalities, such as
Maribyrnong, that are consistently exposed to elevated levels of diesel emissions. Current
standards and objectives should not be used by State regulators as a reason for inaction.
Health should be given an equal voice in any discussion related to expansion of the
transport infrastructure, particularly where there is evidence-based pollution problems that
adversely affects the local population.
Research indicates that better urban planning, revision of legislated air quality standards and
changes to vehicle emission standards are important tools for reducing human exposure,
particularly children, pregnant mothers and the elderly, to urban air pollution.
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www.bbc.co.uk/news/uk-scotland-edinburgh-east-fife-14152045,
Bernstein, A., Abelson, H., P.M. 2.5 – A Killer In Our Midst, Pediatrics and Adolescent
Medicine, August 2005, Vol 159, No. 8
Catalyst, ABC, Dirty Little Secrets, 4th May 2006,
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Drivers and Residents in New York and New Jersey,
http://www.oakland.cleanandsafeports.org/fileadmin/files_editor/Hazardous_to_Health_Repo
rt_FINAL.pdf
De Vries, S., et al., Natural environments-healthy environments? An exploratory analysis of
the relationship between greenspace and health. Environment and Planning A, 2003.
35(10): pp. 1717-1732.
Forkenbrock D., Schweitzer L., 1999, Journal of the American Planning Association Volume
65, Issue 1, Environmental Justice in Transportation Planning,
http://www.tandfonline.com/doi/abs/10.1080/01944369908976036
Page 19
Groenewegen, P., et al., Vitamin G: effects of green space on health, well-being, and social
safety. BMC Public Health, 2006. 6(1): p. 149.
Hodgson, A., et al, Traffic-related Air Pollution near Busy Roads, The East Bay Children's
Respiratory Health Study, 2004 The American Thoracic Society, The American Journal of
Respiratory and Critical Care Medicine.
Kaczynski, A. and K. Henderson, Environmental correlates of physical activity: A review of
evidence about parks and recreation. Leisure Sciences, 2007. 29(4): pp. 315-54.
Katcher, A. and A. Beck, Health and caring for living things. Anthrozoos, 1987. 1: pp. 175183.
Mitchell, R. and F. Popham, Greenspace, urbanity and health: Relationships in England.
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Pretty, J., et al., The mental and physical health outcomes of green exercise. International
journal of environmental health research, 2005. 15(5): p. 319.
South Coast Air Quality Management District, Air quality issues regarding land use: local
government siting criteria for sensitive receptors
http://www.aqmd.gov/prdas/aqguide/doc/chapter02.pdf
*All photos taken in the City of Maribyrnong
Page 20

2013 Maribyrnong City Council

Transcription

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